Garage door spring repair Vancouver

Professional Broken Garage Door Spring Repair Services

Professional broken garage door spring repair ensures the correct spring size, tension, and balance for your specific door. At Master Garage Doors, we inspect the entire system during every broken garage door spring repair, including cables, drums, bearings, and opener strain.

Whether your door uses a single or double torsion spring system, proper replacement and balancing are critical. Choosing professional broken garage door spring repair improves door performance, extends the life of your opener, and reduces the risk of future breakdowns.

Master Garage Doors – Same-Day Service Available

Garage door won’t open? Heard a loud bang?
A broken torsion spring is one of the most common and dangerous garage door issues. Master Garage Doors provides fast, professional torsion spring repair and replacement using heavy-duty, high-cycle springs designed to last.


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Broken Garage Door Torsion Spring? We Fix It — Fast

A failed torsion spring can leave your garage door stuck, unsafe, and unusable. Our trained technicians arrive fully equipped to complete most repairs on the first visit.

✔ Same-day & emergency service
✔ Residential & commercial garage doors
✔ Properly sized, high-cycle torsion springs
✔ Fully balanced & safety tested

Do not attempt to open the door — call a professional.

Technician repairs broken garage door spring on commercial parking gate. Master garage doors Vancouver

Garage Door Torsion Spring Repair & Replacement

Torsion springs lift the full weight of your garage door. When they wear out or break, your opener and hardware are put under extreme strain.

We specialize in:

  • Broken torsion spring repair

  • Torsion spring replacement

  • Single & double spring systems

  • Heavy residential and commercial doors

Every repair includes correct spring sizing, precision balancing, and a full system inspection.

Signs You Need Torsion Spring Repair

Stop using your garage door and call us if you notice:

  • Garage door won’t open or opens only a few inches

  • Door feels extremely heavy when lifting manually

  • Loud bang from inside the garage

  • Visible gap in the torsion spring

  • Garage door opener struggling or stopping

Delaying repair can damage your opener and create a safety hazard.

High-Cycle Torsion Springs Built to Last

We use heavy-duty, high-cycle torsion springs that outlast standard builder-grade springs. This means:

  • Longer lifespan

  • Smoother operation

  • Less strain on your opener

  • Fewer future breakdowns

We’ll recommend the best spring option based on your door weight, usage, and budget.

Residential garage door torsion springs 207x2x22
Residential garage door springs 225x2x24
Residential garage door springs for sale. Master Garage Doors

Single vs Double Torsion Spring Replacement

If your garage door has two torsion springs, we strongly recommend replacing both at the same time. All residential torsion springs rated for 10,000 to 12,000 cycles. When one spring breaks, the other is usually close to failure.

Replacing both:
✔ Keeps the door balanced
✔ Prevents another service call
✔ Protects your garage door opener

🚫 Why Torsion Spring Repair Is Not a DIY Job

Torsion springs are under extreme tension and can cause serious injury if handled incorrectly. This is one of the most dangerous garage door repairs.

Our technicians use professional tools, proven safety procedures, and years of experience to complete the job safely and correctly.

💲 Garage Door Torsion Spring Repair Cost

Pricing depends on:

  • Door size and weight

  • Number of springs required

  • Spring cycle rating

  • Residential or commercial door

We provide clear, upfront pricing before any work begins — no surprises.

📞 Call now for a fast quote

Step-by-Step: How to Measure a Garage Door Torsion Spring

⚠️ Important safety notice: Garage door torsion springs are under extreme tension. Measurements should only be taken when the spring is fully relaxed. If you are unsure or the spring is broken, professional broken garage door spring repair is strongly recommended.

Step 1: Confirm the Spring Is Fully Relaxed

Before any measurement is taken, the garage door must be fully closed and the torsion spring must be completely unwound. Measuring a spring under tension is extremely dangerous and can result in serious injury.

Step 2: Measure the Inside Diameter of the Spring

Look for the inside diameter stamped on the winding cone (commonly 1 3/4", 2", or 2 1/4"). If no marking is visible, measure straight across the inside opening of the spring using a tape measure.

Measuring torsion spring inside diameter for broken garage door spring repair

Step 3: Measure the Length of the Spring

Measure the length of the torsion spring from one end to the other, excluding the cones. This measurement must be taken while the spring is fully relaxed to ensure accuracy.

Step 4: Determine the Wire Size

To find the wire size, measure the length of 20 coils and divide the total measurement by 20. This provides the most accurate wire diameter and helps ensure the correct replacement spring is selected.

Wire size measurement for broken garage door torsion spring repair

Step 5: Identify Wind Direction

Torsion springs are either left-wound or right-wound, depending on which side of the garage door they are mounted. Identifying the correct wind direction is essential for proper balance and safe operation.

Why Accurate Measurement Matters

Incorrect spring measurements can cause the garage door to become unbalanced, strain the opener, or fail prematurely. Professional broken garage door spring repair ensures correct spring sizing, safe installation, and long-term reliability.

For additional technical reference, you can review:

Why Choose Master Garage Doors?

  • Experienced, local garage door specialists

  • Same-day & emergency service available

  • High-quality parts and workmanship

  • Honest, transparent pricing

  • Residential, strata & commercial expertise

Your safety and satisfaction are our top priorities.

Garage Door Torsion Spring Repair in Vancouver & Surrounding Areas

We proudly serve:
Vancouver, Burnaby, Delta, Surrey, Richmond, Coquitlam, Maple Ridge, Langley, Abbotsford and nearby areas.

Looking for garage door torsion spring repair near you? We’re just a call away.

Frequently Asked Questions – Broken Garage Door Spring Symptoms

Why won’t my garage door go up?

In many cases, this is caused by a broken torsion spring. When the spring fails, the garage door becomes too heavy for the opener to lift. Continuing to try can damage the opener.


Why does my garage door go up a few inches and then stop or reverse?

This is a very common sign of a broken or failing torsion spring. The opener detects excessive weight and automatically reverses to prevent damage or injury.


My garage door opener runs but the door doesn’t move — why?

If the motor runs but the door stays closed, the torsion spring may be broken. The opener is not designed to lift the full weight of the door on its own.


Why does my garage door feel extremely heavy when lifting manually?

A properly working torsion spring carries most of the door’s weight. If the door feels unusually heavy, the spring is likely broken or has lost tension.


I heard a loud bang in my garage — what was it?

Many customers report hearing a loud bang when a torsion spring snaps. This noise often sounds like something fell or exploded inside the garage.


Can a broken garage door spring cause the opener to stop working?

Yes. A broken spring puts excessive strain on the opener, which can cause it to stop, overheat, or fail prematurely.


Can I keep using my garage door with a broken spring?

No. Operating a garage door with a broken torsion spring is unsafe and can damage the opener, cables, and door panels.


How long does it take to replace a broken garage door spring?

Most torsion spring replacements are completed within 1–2 hours by a professional technician.


Should both garage door springs be replaced if only one is broken?

Yes. On double-spring systems, the second spring is usually close to failure. Replacing both ensures proper balance and prevents another breakdown.